46 results about "Partial heating" patented technology

A method of integrating a first substrate having a first surface with a first insulating material and a first contact structure with a second substrate having a second surface with a second insulating material and a second contact structure. The first insulating material is directly bonded to the second insulating material. A portion of the first substrate is removed to leave a remaining portion. A third substrate having a coefficient of thermal expansion (CTE) substantially the same as a CTE of the first substrate is bonded to the remaining portion. The bonded substrates are heated to facilitate electrical contact between the first and second contact structures. The third substrate is removed after heating to provide a bonded structure with reliable electrical contacts.

The invention relates to a flanging forming method and tool for an integrated end socket connecting pipe of a nuclear power evaporator, and belongs to the technical field of forging. The end socket connecting pipe flanging forming method comprises the steps that S1, systematic assembly of an upper positioning frame, a lower positioning frame, a forming lower die and a centering column is completed; s2, the nuclear power evaporator integrated end socket is fixed to the upper positioning frame through an end socket positioning structure of the upper positioning frame, and an end socket binding body is formed; s3, the end socket binding body is hoisted into a local heating device for separated heating; s4, the lower positioning frame assembled with the forming lower die is hoisted to the position below the flanging punch, and the center is centered; s5, after heating and heat preservation of the end socket binding body are finished, the end socket binding body is transferred to the position above the lower positioning frame; according to the method, the problem that the positioning precision of connecting pipe forming is low can be effectively solved, accurate flanging forming of the nuclear power evaporator integrated end socket forge piece with the space connecting pipe can be achieved, the material utilization rate is remarkably increased, and a reliable technical scheme is provided for integrated and weldless manufacturing of key components of nuclear power equipment.

A fixing unit includes a rotary member, a contact portion arranged in an internal space of the rotary member, a pressing member configured to be in contact with an outer surface of the rotary member, and a heating portion configured to heat the rotary member such that the rotary member heats an image on a recording material being nipped in and conveyed through a nip portion between the rotary member and the pressing member. A lubricant is applied between the inner surface of the rotary member and the contact portion. The lubricant contains abase oil at a ratio of 80% or more with respect to a total mass of the lubricant. A developed interfacial area ratio of the inner surface of the rotary member is 0.10 or more and 0.50 or less.

A volatile material dispenser includes a housing that receives a refill that contains a volatile material and a wick. The volatile material dispenser further includes a heater arrangement that includes a heater that is coupled to a heater chassis using a first latch that abuts a first latch receiving portion of the heater. The heater chassis defines a passage therethrough that is receives a portion of the wick. Further, a top cover is coupled to the housing and defines a central aperture through which a vapor plume exits the housing. The top cover includes an annular wall having a first surface, a second surface opposite therefrom, an outer edge, and an inner edge that defines the central aperture. The top cover further comprises a plurality of apertures arranged at least partially around the central aperture, and the first surface includes a concave portion.

A heating element with a self-balancing effect can be included in an appliance. The heating element includes a substrate and a plurality of resistive heating traces for connection to a power source. Each trace includes a first electrical contact and a second electrical contact. Each trace further includes an input portion connected to the first electrical contact, an output portion connected to the second electrical contact, and a zone-defining portion connected at a first end to the input portion and at a second end to the output portion. he zone-defining portion of the trace defining a respective zone having at least three laterally adjacent trace portions of that trace. The heating element can be included in a heating system.

This method involves using an adsorption dryer to dry compressed gas, particularly compressed air. The adsorption dryer has at least one pressure vessel equipped with an adsorbent material for adsorbing moisture from the compressed gas. In the drying mode for drying the compressed gas, the compressed gas flows through the pressure vessel from the drying inlet through the drying section to the drying outlet, along with the adsorbent material, and flows out as dried compressed gas. In the regeneration mode for regenerating the adsorbent material, the regenerated gas flows through the pressure vessel from the drying outlet through the drying section to the drying inlet, along with the adsorbent material, during which moisture is removed from the adsorbent material. In the regeneration mode, partial heating occurs in a heating region within the pressure vessel, and the heating region is located only in a portion of the pressure vessel adjacent to the drying inlet.

The invention relates to a facility (2) for producing dihydrogen, comprising: • a heating system (6) configured to provide at least one heated-water stream (8); and • an electrochemical system (4) which has a plurality of stacks (10), each configured to produce an outlet gas stream (12) from a respective heated-water stream; the heating system comprising: • a primary heating device (18) configured to bring the inlet water stream to an intermediate temperature, so as to form an intermediate water stream (22); and • a plurality of secondary heating devices (20), each being connected at the outlet of the primary heating device (18) so as to receive a respective fraction of the intermediate water stream, and being configured to bring the fraction received to a nominal operating temperature of a corresponding stack (10), so as to form the heated-water stream (8) supplying the stack (10).

The application relates to the technical field of wafer testing equipment, in particular to a heating aging test tool, which comprises a storage rack, a wafer clamp placed on the storage rack, a detection assembly comprising a plurality of elastic probes and a heating disc located on one side of the storage rack, and a hot air flow guide assembly comprising an air outlet male head arranged on one side of the heating disc, a heat conduction cover provided with an air guide pipe away from one side of the air outlet male head, and a cavity with gradually increased air volume and gradually reduced air flow rate from the inside to the outside of the air guide pipe. The hot air flow guide assembly is arranged on the conveying frame, the heat of the heating disc is guided to the upper side of the wafer through the air flow of the heat conduction cover, the space above the wafer is divided into a plurality of cavities, the space size and the space shape of each cavity are set, the air flow rate and the hot air volume of each space are adjusted, the influence of heat loss in the air flow process is reduced, the heating effect of each part of the wafer is similar, and the detection effect is improved.

Reduce energy loss. [Solution] A method for manufacturing an exhaust component to be mounted on a vehicle, comprising arranging an exhaust component having a painted portion, which is a painted portion on a part of its outer surface, such that the painted portion is located on the first side. The manufacturing method further comprises blowing air from the first side toward the exhaust component, which is arranged with the painted portion located on the first side, while simultaneously drawing air in from the second side of the exhaust component, and performing partial heating on the painted portion of the exhaust component that has been subjected to the blowing and drawing. The second side is the opposite side of the first side.

A material bin, a 3D printing feeding apparatus, and a 3D printing device. The material bin comprises a housing, a base, and an airflow partition plate; the housing defines an accommodating cavity; the base is accommodated in the accommodating cavity; the base is provided with an accommodating recess and a heating cavity, the accommodating recess is formed on the upper side of the base and is used for accommodating parts of a plurality of material trays, the heating cavity is provided on the lower side of the base, and a fan and a heating member are accommodated in the heating cavity; the airflow partition plate is connected to the bottom wall of the accommodating recess, the airflow partition plate divides the accommodating recess into at least two material tray partitions, the material tray partitions are used for placing the material trays, and the material tray partitions are provided with hot air holes; and at least two heating flow channels are formed on the side of the base facing away from the airflow partition plate, one end of each heating flow channel is in communication with the heating cavity, the other end of each heating flow channel is in communication with the corresponding hot air hole, and a valve is provided on each heating flow channel.

To reduce a space required for providing a transmission part and a thermistor part.SOLUTION: The cover portion 300 includes a transmissive portion 310, a heater portion 320, and a thermistor portion 330. The heater unit 320 is disposed in at least a part of the periphery of the transmissive portion 310. The thermistor portion 330 is disposed at a part of the periphery of the transmissive portion 310. The transmissive portion 310 has a shape in which a part of a substantially rectangular shape is missing. The thermistor portion 330 is disposed in the region where the part of the substantially quadrangular shape is cut out.SELECTED DRAWING: Figure 3

An atomizing structure and an atomizer are disclosed. The atomizing structure includes a ceramic part, a heating part and a shell. The heating part is connected with the ceramic part. The ceramic part is arranged in the shell, a side wall of the shell is provided with a liquid inlet region, and the liquid inlet region extends through the side wall of the shell. An annular cavity is arranged between an inner wall of the shell and an outer wall of the ceramic part, the annular cavity is arranged around the outer wall of the ceramic part, an atomized liquid is capable of entering the annular cavity through the liquid inlet region, and the atomized liquid in the annular cavity is capable of entering the ceramic part through pores in the ceramic part.

The utility model relates to the field of acrylic sheet processing technology discloses a large -scale acrylic hot bending sculpture plastic shaping device, including base, one end fixed mounting first side plate of base, the other end fixed mounting second side plate of base, and the upper end of base is provided with thermoplastic mechanism, and thermoplastic mechanism can control the heating range of acrylic sheet, be provided with drive mechanism on first side plate and second side plate, and drive mechanism is used for supporting thermoplastic mechanism to move, be provided with supporting mechanism on first side plate, and supporting mechanism can assist acrylic sheet shaping, through setting a plurality of electric heating pipes on hot bending equipment, according to actual situation selection use, and at the same time, through the position of the baffle adjustment, the heating range of large -scale acrylic sheet is adjusted, so that the range of the part of large -scale acrylic sheet heating is conveniently adjusted.

This suppresses variations in the inter-line distance throughout the heater line section, thereby improving the temperature distribution on the adsorption surface. [Solution] The holding member comprises a plate-shaped member 20, a base 90, a bonding layer 70, and a heater. The heater has a heater line portion 41 which is a linear resistance heating element. The plate-shaped member 20, the base 90, or the bonding layer 70 has a special portion SP. The heater line portion 41 has a main line portion ML having a second main line portion ML2 whose distance from the first main line portion ML1 in the second direction D2 is a predetermined length, and a second main line portion ML. In direction D2, the structure has a first concave line portion RL1 formed around the singular portion SP, the first concave line portion RL1 having a first line portion L1 extending in the second direction D2 toward the singular portion SP when viewed in the first direction, a second line portion L2 running parallel to the first line portion L1 and extending in the second direction D2 when viewed in the first direction, and a third line portion L3 connecting one end of the first line portion L1 and one end of the second line portion L2.

The invention relates to the technical field of air conditioners, in particular to an anti-freezing control method, a storage medium, electronic equipment and an air conditioner. The air conditioner aims at solving the problems that an existing air conditioner is poor in anti-freezing effect and low in heating energy efficiency. In order to achieve the purpose, the anti-freezing control method is provided and used for the air conditioner, the air conditioner comprises an air conditioner outdoor unit and an air conditioner indoor unit, the air conditioner outdoor unit comprises an outdoor heat exchanger and a heating module, at least part of the heating module is arranged on a chassis of the air conditioner outdoor unit, and the anti-freezing control method comprises the steps that the environment temperature and the outlet temperature of the outdoor heat exchanger are obtained; determining an outlet temperature threshold based on the ambient temperature; the outlet temperature and the outlet temperature threshold value are judged; and based on the judgment result, the air conditioner is selectively controlled to operate a defrosting mode and a heating module is selectively controlled to be started. According to the technical scheme, on one hand, original ice on the base plate can be removed, and on the other hand, defrosting water can be prevented from freezing on the base plate.

The application relates to the field of surface quenching technology, in particular to surface quenching equipment for high-speed steel cutter production, which comprises a base, a control console, a heating furnace, a quenching pool, a rotating column, a rotating frame, a lifting plate, a transmission box, a linkage box, a rotating cylinder, a clamping box, a lifting mechanism, a rotating mechanism and a clamping mechanism. The lifting mechanism is used for lifting the cutter, so that part of the device can drive the cutter to be inserted in the interior of the heater, heating operation of part of the cutter is facilitated, the rotating mechanism is used for rotating the cutter, so that part of the heater can uniformly heat the surface of the cutter, the hardness of part of the cutter surface is relatively uniform, the clamping mechanism is used for clamping the cutter, so that part of the device can stably clamp cutters of different specifications according to requirements, continuous quenching processing of part of the device on the cutter is facilitated, and the adjustability, convenience and uniformity of the device are improved.

The invention provides electric heating glass and a vehicle. The electric heating glass comprises a plurality of heating areas, and the heating areas are sequentially arranged and arranged in parallel. The electric heating glass further comprises an auxiliary view field area and a common area, the auxiliary view field area is used for a driver to observe an outside rear-view mirror, the common area is connected to the periphery of the auxiliary view field area, and the heating areas are arranged in the heating areas. The power density of at least part of the heating area located in the auxiliary view area is the first power density, the power density of the heating area located in the common area is the second power density, and the first power density is larger than the second power density. According to the technical scheme, lower energy consumption and higher response speed can be achieved, work in a low-temperature environment can be achieved, and the overall heat management efficiency is improved.

According to the novel inductor for plane induction quenching, the bottom face of an induction body is of an arc convex face structure with the middle protruding outwards, the arc convex face of the induction body faces the plane of a workpiece during induction quenching, and the arc convex face of the induction body is arranged downwards and fixedly inserted into a cooling pipe of an open annular structure; the opening in the side wall of the sensing body corresponds to the opening position of the cooling pipe, two pipe openings in the opening end of the cooling pipe are fixedly connected with one ends of the two connecting pipes in a matched mode respectively, and the other ends of the two connecting pipes are connected with the high-frequency induction quenching machine. By optimizing the inductor structure and adopting the induction body of which the bottom surface is of the arc convex surface structure of which the middle part protrudes outwards, the distance between the central part of a heating plane of a workpiece and the inductor is shortened, the effect of simultaneously heating the periphery and the center of the workpiece during induction quenching heating is achieved, and the heating difficulty of the central part of the heated plane of the workpiece is eliminated; and the heating uniformity of the workpiece is ensured, a quenching layer with uniform thickness is obtained, and the yield of products is improved.

The invention relates to the technical field of bus duct heat dissipation, and mainly discloses a liquid cooling bus duct and an assembly method thereof, the liquid cooling bus duct comprises a main shell plate and auxiliary plates fixed on two sides of the main shell plate, and a storage gap for sealing a conductor busbar is arranged between the main shell plate and the auxiliary plates; wherein at least one first flow channel group is arranged in the main shell plate in a region corresponding to the contact surface at the inner side of the conductor busbar; at least one second flow channel group is arranged in the auxiliary plate in the corresponding area of the contact surface of the outer side of the conductor busbar, the first flow channel group and the second flow channel group at least cover part of heating areas on the two sides of the conductor busbar, and the problems that an existing liquid cooling bus duct is poor in structural stability, uneven in fluid distribution, weak in thermal expansion adaptability and the like are solved.

The application relates to the technical field of intelligent household appliances, and discloses a cooking device. The cooking device comprises a box body, a food material placing mechanism arranged in the box body, the food material placing mechanism comprising at least two layers with different heights, an air power mechanism arranged in the box body, and a plurality of heating mechanisms respectively arranged in a plurality of positions corresponding to different heights in the box body. In a cooking process of starting the air power mechanism and at least part of the heating mechanisms to cook food materials, the cooking process comprises a plurality of heating stages, and at least two heating stages correspond to different heating mechanisms that are started. Through the cooking device, the plurality of heating mechanisms are arranged at the plurality of positions corresponding to different heights in the box body, the cooking process of starting the air power mechanism and the heating mechanisms to cook the food materials comprises the plurality of heating stages, and different heating mechanisms are started in the plurality of heating stages, so that the heating of each layer is uniform, a good cooking effect is achieved, and the user experience of the product is improved.

The utility model discloses a heating device and a rotary dehumidifier, the heating device comprises a heating wire and a voltage regulating piece, the voltage regulating piece and the heating wire are connected in series to form at least part of a heating driving branch, and the heating driving branch is used for being connected with a power supply; wherein the diameter of the cross section of the heating wire is 0.4-0.6 mm. The design is convenient to use, the heating stability is guaranteed, the service life of the heating wire can be prolonged, and the heating performance is stabilized.

An electric compressor module (100) for a thermal management system of an electric vehicle. The electric compressor module (100) includes a housing (110), an electric compressor (120), a heater (130), control electronics (140) and electric connectors (150). The housing (110) includes a compressor housing section (112) and a control housing section (114). The heater (130) includes a heating element (132) and a coolant channel (134) including coolant ports (136). The control electronics (140) includes a circuit board (142). The heater (130) and the control electronics (140) are arranged within the control housing section (114). The control housing section (114) is arranged axially adjacent to the compressor housing section (112). The coolant ports (136) and the electric connectors (150) are arranged at the control housing section (114) and are oriented in the same direction.

The present invention relates to a method and apparatus for washing a crystalline product. The method for washing a crystalline product of the present invention comprises: S1: washing a crude crystalline product to obtain a washing filtrate and a solid-phase crystalline product; and S2: melting the solid-phase crystalline product to obtain a melt of the crystalline product, wherein a first part of the melt is heated to obtain a heated melt; a part of the heated melt is returned to step S2 as a main stream, and the remaining part of the heated melt is returned to step S1 as a bypass stream; a second part of the melt is returned to step S1; and a third part of the melt is discharged as a purified crystalline product. The present invention also relates to the apparatus used for executing the method. The method and apparatus for washing a crystalline product of the present invention have the advantages of low energy consumption during washing, simple and efficient control, a simple process, and large-scale application.

The utility model relates to the technical field of high-throughput sequencing, in particular to a magnetic suction heating device and biological detection equipment, the magnetic suction heating device comprises a heat conduction part, the upper surface of the heat conduction part is provided with a plurality of heating positions, the plurality of heating positions are used for placing reaction containers, and mounting gaps are formed between at least part of the heating positions; the heat source piece is in heat-conducting connection with the heat-conducting piece and heats the reaction container through the heat-conducting piece; the magnetic attraction part is arranged in the mounting gap and is used for attracting the magnetic beads in the reaction container; and the shell covers the outer side of the heat conduction piece, the shell is provided with an opening, and the plurality of heating positions are exposed from the opening. The magnetic suction heating device provided by the utility model is beneficial to improving the hybridization efficiency of a sequencing library.

The invention provides a temperature control method of a packaging structure, the temperature control method is executed by a temperature control system, and the temperature control system comprises a temperature control unit, a temperature acquisition unit and the packaging structure. The packaging structure comprises a substrate, a heating wire, a light-emitting panel and a heat dissipation piece, the substrate comprises a heating surface and a heat dissipation surface, the heating surface is opposite to the heat dissipation surface, the heating wire is connected to the heating surface, the light-emitting panel is connected to the heating surface and covers at least part of the heating wire, and the heat dissipation piece is connected to the heat dissipation surface. The temperature control unit determines a preset range of an operating temperature of the light emitting panel. The temperature acquisition unit acquires a first operating temperature of the light-emitting panel. The temperature control unit further controls the heating wire and the heat dissipation piece to conduct preset temperature control based on whether the first operation temperature meets the preset range or not. According to the embodiment of the invention, the temperature of the packaging structure can be adjusted in real time, and the packaging structure is prevented from running at high temperature or low temperature.

The utility model relates to the field of laser cladding preheating, in particular to a laser cladding preheating device with a heat preservation mechanism, which comprises a base, and a preheating cylinder is mounted on one side above the base. The inner threaded cylinder rotates and pushes the first screw rod to move, so that the connecting plate drives the position of the heating rod to change, adjustment is achieved according to the size of materials, part of the heating rod can be started through independent control over the heating rod, and therefore the heat preservation effect is achieved; through the structure, the equipment can be correspondingly adjusted according to the size of a material, so that the preheating effect is improved, preheating can be fully automatically carried out in the process, and after preheating is completed, the energy consumption can be greatly reduced while the heat preservation effect is achieved by reducing the starting number of the heating rods, so that the energy consumption is reduced. In addition, the preheating uniformity can be greatly improved through rotary heating in the heating process, and finally the later maintenance cost of the equipment can be greatly reduced through modularization of the heating rods.

The application belongs to the field of water heater storage tank production technology, and discloses a water heater storage tank foaming production line. The power conveying line (1) comprises an upper power conveying line (2) and a lower power conveying line (3). The front half of the power conveying line (2) is provided with a fully-closed box (5), and the inside of the fully-closed box (5) is provided with a front half heating and baking part. The other part of the power conveying line (1) is provided with a semi-closed box (6), and the inside of the semi-closed box (6) is provided with a rear half conveying lower heating and baking part. The position of the power conveying line (1) provided with the semi-closed box (6) is provided with a mold blanking mechanical arm (9), and each mold clamping part (4) is supported on the driving wheel assembly (11) on both sides of the power conveying line (1). The water heater storage tank foaming production line has simple structure, can conveniently and reliably realize the foaming manufacturing of the storage tank, and can realize the arrangement of the production line and the completion of each link operation in a limited space.

Roll forming device (100) for producing a partially hardened profile part (12) formed from sheet metal material (11), comprising several sets of rollers (30, 40, 50, 60) which serve to produce an axially extending profile part (12) by forming the sheet metal material (11), characterized in that, for bringing about the partial hardening of the sheet metal material (11), at least one set of rollers (50) is designed with at least one integrated heating device (55, 56) for the partial heating of the sheet metal material (11), wherein the integrated heating device (55, 56) is an inductive heating device, and that at least one set of rollers (60) is provided following the set of rollers (50) with the integrated heating device (55, 56), which has at least one integrated cooling device (65) for the targeted cooling of the previously partially heated sheet metal material (11). exhibits.